Energy saving

Filter class ISO 16890 ePM1 60%
EN 779:2012 class (previous standard) F7
Material Progressive synthetics
Frame High-quality durable plastic
Permanent operating temperature < 70°C
Relative humidity 100%
Recommended final pressure drop

The smaller value must be selected:

ePM10 / ePM2.5 / ePM1:

  • Add 100 Pa to the pressure drop of the clean filter.
  • 3x higher than the pressure drop of the clean filter.
Max. final pressure drop 450 Pa

The V-type filter construction has a large amount of filtering material in a small area. The large filtration area allows the filters to be used in high air flow conditions. These filters are commonly used in the air supply section of ventilation units. The large filtration area ensures efficient air cleaning and the maintenance of stable supply air parameters. V-type filters clean the air from various particles, even extremely small ones – such as bacteria, fine dust, and pollen. Due to their large surface area, these filters have a long service life and lower air resistance.

ADVANTAGES:

  • Light and sturdy frame
  • Convenient and easy filter replacement
  • Low pressure drop
  • Low energy consumption

FILTERING MEDIA

V-type compact filters use progresive synthetic material that effectively removes various pollutants, dust, pollen, particulate matter, and bacteria from the air. The filters are available in different filtration classes, according to various air quality requirements.

AIR FILTRATION INNOVATIONS

V-type filters, known for their advanced design and efficiency, are creating new possibilities for air filtration. Modern technologies not only enhance their performance but also contribute to sustainability, energy savings, and human health.

ENERGY EFFICIENCY

Modern V-type filters are designed to ensure low air flow resistance, allowing the ventilation system to operate more efficiently. Lower energy consumption and durable materials not only reduce energy costs but also contribute to the sustainability of the ventilation system. This is especially important in commercial spaces, where energy consumption for ventilation is higher.

FILTER MEDIA

More efficient progressive synthetic materials are being developed, ensuring better air purification and longer service life.

IMPROVED DESIGN

The frame is made of durable plastic, ensuring the filter‘s rigidity and shape.

How to correctly measure V-type filters?

  • Place the filter in the same position as shown in the picture.
  • Record the measurements in the following order (do not mix them up): B (width) × H (height) × D (depth) mm.
  • Possible variants: 3V and 4V.

Several sizes are available to suit different ventilation systems.

V-type filters V-type filters
Type 4V - LONG 3V ar 4V
Dimensions (B width × H height × D depth) mm 592×592×420 592×592×292
592×490×420 592×490×292
592×287×420 592×287×292

Air filter characteristics

 

Filter class ISO 16890

EN779:2012

Dimensions

Air flow (m3/h)

Pressure drop (Pa)

3V

ePM1 60%

F7

592x592x292

3400

55

4V

54